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    • 3. 发明授权
    • Media transport protocol selection
    • 媒体传输协议选择
    • US08576868B2
    • 2013-11-05
    • US13709321
    • 2012-12-10
    • Telefonaktiebolaget L M Ericsson (Publ)
    • Johan KölhiJonathan Olsson
    • H04L12/54
    • H04L65/60H04L29/08729H04L65/604
    • A client terminal and method for receiving Internet Protocol (IP) media packets over an IP distribution network. The client terminal includes a plurality of interfaces to the IP distribution network, the interfaces configured to receive media packets according to multicast, unicast, and peer-to-peer media distribution protocols. A media cache controller determines whether the media packets received over the interfaces are tagged as non-cacheable. If so, the media cache controller passes the media packets to a decoder for decoding and transmission to a video renderer. When the received media packets are not tagged as non-cacheable, the media cache controller caches the media packets in a local cache, and subsequently distributes the cached media packets to another client terminal or to a caching node using the unicast or the peer-to-peer media distribution protocol. Media packets received using one media distribution protocol may be distributed using a different media distribution protocol.
    • 一种用于通过IP分配网络接收因特网协议(IP)媒体分组的客户终端和方法。 客户终端包括与IP分配网络的多个接口,该接口被配置为根据多播,单播和对等媒体分发协议接收媒体分组。 媒体高速缓存控制器确定通过接口接收的媒体分组是否被标记为不可缓存。 如果是这样,媒体缓存控制器将媒体分组传递到解码器,以便解码和传输到视频呈现器。 当接收到的媒体分组未被标记为不可缓存时,媒体高速缓存控制器将媒体分组缓存在本地高速缓存中,并且随后将缓存的媒体分组分发到另一客户终端或使用单播或对等 -peer媒体分发协议。 使用一个媒体分发协议接收的媒体分组可以使用不同的媒体分发协议进行分发。
    • 4. 发明申请
    • Media Transport Protocol Selection
    • 媒体传输协议选择
    • US20130103850A1
    • 2013-04-25
    • US13709321
    • 2012-12-10
    • Telefonaktiebolaget L M Ericsson (PUBL)
    • Johan KöhliJonathan Olsson
    • H04L29/06
    • H04L65/60H04L29/08729H04L65/604
    • A client terminal and method for receiving Internet Protocol (IP) media packets over an IP distribution network. The client terminal includes a plurality of interfaces to the IP distribution network, the interfaces configured to receive media packets according to multicast, unicast, and peer-to-peer media distribution protocols. A media cache controller determines whether the media packets received over the interfaces are tagged as non-cacheable. If so, the media cache controller passes the media packets to a decoder for decoding and transmission to a video renderer. When the received media packets are not tagged as non-cacheable, the media cache controller caches the media packets in a local cache, and subsequently distributes the cached media packets to another client terminal or to a caching node using the unicast or the peer-to-peer media distribution protocol. Media packets received using one media distribution protocol may be distributed using a different media distribution protocol.
    • 一种用于通过IP分配网络接收因特网协议(IP)媒体分组的客户终端和方法。 客户终端包括与IP分配网络的多个接口,该接口被配置为根据多播,单播和对等媒体分发协议接收媒体分组。 媒体高速缓存控制器确定通过接口接收的媒体分组是否被标记为不可缓存。 如果是这样,媒体缓存控制器将媒体分组传递到解码器,以便解码和传输到视频呈现器。 当接收到的媒体分组未被标记为不可缓存时,媒体高速缓存控制器将媒体分组缓存在本地高速缓存中,并且随后将缓存的媒体分组分发到另一客户终端或使用单播或对等 -peer媒体分发协议。 使用一个媒体分发协议接收的媒体分组可以使用不同的媒体分发协议进行分发。